Shubhi Bansal

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About

Shubhi Bansal is a rising researcher at the forefront of soft matter physics and active metamaterials, whose work bridges fundamental fluid dynamics with cutting-edge engineering applications. Her most notable contribution, the 2022 study on "Electrically Induced Liquid Metal Droplet Bouncing" (28 citations), pioneers a novel method for three-dimensional manipulation of eutectic gallium-indium (EGaIn) droplets. By demonstrating electrically controlled droplet bouncing, Bansal has unlocked new pathways for liquid metal operations beyond traditional planar constraints, directly impacting the development of flexible electronics and soft robotics. In 2024, she advanced the field of acoustic metamaterials with her work on a "Magnetically actuated dynamic labyrinthine transmissive ultrasonic metamaterial" (12 citations). Here, Bansal introduced dynamic meta-bricks—standalone, reconfigurable unit cells that overcome the static limitations of conventional space-coiling designs. This innovation enables active, real-time sound-field modulation, marking a significant leap from passive to adaptive acoustic systems. With her dual focus on liquid metal droplet dynamics and reconfigurable metamaterials, Bansal is establishing herself as a key innovator in programmable matter, offering transformative tools for next-generation responsive devices.